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Highlights
- The overload and short circuit protection will shut down power immediately when a short circuit is detected without any damage to the POE system Power 36 to 60V is expected on ethernet pins 4/5V+ and 7/8 V- as per the IEEE 802.3af standard or pins
- The active POE Splitter from Laird Technologies gives carrier class performance in a low cost system With its IEEE 802.3af compatibility and advanced auto sensing algorithm it will accept POE power from any IEEE 802.3af router or power supply The overload and short circuit protection will shut down power immediately when a short circuit is detected without any damage to the POE system. Power 36 to 60V is expected on ethernet pins 4/5V+ and 7/8V- as per the IEEE 802.3af standard
- Using power over Ethernet to power remote devices has several advantages including The power supply can be centrally located where it can be attached to an uninterruptible power supply nPower can be supplied over long distances, up to 300 feet nPower can be available wherever network access is available nThe user has the ability to easily power on reset the attached equipment from a remote location
- The active POE Splitter from Laird Technologies can be used by the original equipment manufacturer to supply power to remote equipment and devices without the expense of building in separate POE functionality into their equipment These devices are a good fit for the industrial market for sensing and remote video applications Models are available with 5 9 12 or 24vdc regulated power
Specifications
| Colour Name | Grey |
| Wireless Technology | WiFi |
| Band Technology | Single Band |
| Antenna Type | External |
| Wireless Standard | N |
| Product Length | 12 cm |
| Max Data Transfer Rate | 100 MBps |
| Model Number | POE-24s-Afi |
| Model Name | POE-24s-afi |
| Number of Ports | 2 |
| Wireless Standard Value | 0 |
POE-24S-AFI PoE Splitter 802.3af Output 24VDC Grey
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